In other papers I propose the idea of disk-directed I/O for multiprocessor file systems. Those papers focus on the performance advantages and capabilities of disk-directed I/O, but say little about the application-programmer\u27s interface or about the interface between the compute processors and I/O processors. In this short note I discuss the requirements for these interfaces, and look at many existing interfaces for parallel file systems. I conclude that many of the existing interfaces could be adapted for use in a disk-directed I/O system
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
Harnessing the full I/O capabilities of a large-scale multiprocessor is difficult and requires a gre...
Current I/O stack for high-performance computing is composed of multiple software layers in order to...
As parallel computers are increasingly used to run scientific applications with large data sets, and...
New file systems are critical to obtain good I/O performance on large multiprocessors. Several resea...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
New file systems are critical to obtain good I/O performance on large multiprocessors. Several resea...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
New file systems are critical to obtain good I/O performance on large multiprocessors. Several resea...
Increasingly, file systems for multiprocessors are designed with parallel access to multiple disks, ...
257 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.There exists an increasing di...
The control of I/O by traditional file systems and virtual memory systems can result in substantial ...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
Harnessing the full I/O capabilities of a large-scale multiprocessor is difficult and requires a gre...
Current I/O stack for high-performance computing is composed of multiple software layers in order to...
As parallel computers are increasingly used to run scientific applications with large data sets, and...
New file systems are critical to obtain good I/O performance on large multiprocessors. Several resea...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
Many scientific applications that run on today\u27s multiprocessors are bottlenecked by their file I...
New file systems are critical to obtain good I/O performance on large multiprocessors. Several resea...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
New file systems are critical to obtain good I/O performance on large multiprocessors. Several resea...
Increasingly, file systems for multiprocessors are designed with parallel access to multiple disks, ...
257 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.There exists an increasing di...
The control of I/O by traditional file systems and virtual memory systems can result in substantial ...
As the I/O needs of parallel scientific applications increase, file systems for multiprocessors are ...
Harnessing the full I/O capabilities of a large-scale multiprocessor is difficult and requires a gre...
Current I/O stack for high-performance computing is composed of multiple software layers in order to...